Connecting structure for washing cabins in tunnel washing machine

Abstract

The invention discloses a connecting structure for washing cabins in a tunnel washing machine. The connecting structure comprises a plurality of washing cabins, wherein the inner roller walls of the washing cabins are uniformly provided with a plurality of V-shaped bars; the sides, of adjacent washing cabins, in fit with each other are respectively provided with an outer flange; the outer flangesare respectively provided with bolt holes in fit with each other; the V-shaped bars are respectively provided with a plurality of mounting holes in fit with each other; connecting rods which are in fit with the mounting holes are arranged therein; the inner parts on the sides, of the adjacent washing cabins, in fit with each other are respectively provided with an inner flange and an inner lug boss; the inner flanges and the inner lug bosses are respectively provided with a plurality of locking holes in fit with each other; lock bolts are arranged in the locking holes in fit with the locking bolts for fixing the inner flanges with the inner lug bosses; and the lower ends of the inner lug bosses are in fit with the lower ends of the inner flanges to enclose a closed cavity. The connecting structure for the washing cabins in the tunnel washing machine has the advantages of ensuring the concentricity of each of the washing cabins, meeting requirement on washing, saving human and materialresources, along with simple structure and convenient installation.

Description

technical field [0001] The invention relates to a tunnel type washing machine, in particular to a connection structure used for washing compartments in the tunnel type washing machine. Background technique [0002] Tunnel washing machines are mainly used in hotels, hotels, hospitals and other places to wash bed sheets, quilt covers, towels and other items. In the actual washing process, bed sheets, quilt covers, towels and other items are sequentially transferred between the washing chambers through the rotation of the washing dragon until the end of the entire washing process. The connection between the traditional washing bins is done by welding. During the welding process, there will be high temperature at the welding part, which will bring local thermal strain, which will make the washing chamber not concentric after welding. Therefore, it must be re-aligned after welding to ensure that the concentricity can meet the washing requirements. This requires a long alignment...

AI Technical Summary

Problems solved by technology

Therefore, it must be re-aligned after welding to ensure that the concentricity can meet the washing requirements. This requires a long alignment platform, wasting a lot of manpower and material resources, and cannot meet the requirements of the era of green production. At the same time, the traditional washing chamber The connection between them can only be assembled in the workshop, which greatly increases the difficulty of transportation and on-site installation

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